Nintendo continues its long-running campaign of legal harassment against its biggest fans: this time, they're targeting fan-videos showing gameplay from the official, licensed Mario/Minecraft mashup pack for the Wii U. Read the rest
Is this a restaurant? Bonus points for the unintentional Minecraft mobs sound effects. Read the rest
If you haven't already been introduced to the coolness of the Raspberry Pi, then it's really about time to catch up to the rest of us tech tinkerers.
For the uninitiated, the Raspberry Pi is a credit card-sized, single-board micro-computer that’s been opening up all kinds of programming possibilities for the tech-savvy learner. And right now, you can get the latest model - the Pi 2 - and everything you need to get going in the Complete Pi 2 Starter Kit, available for just $115 in the Boing Boing Store.
For such a tiny package, the Pi 2 packs some surprisingly powerful punch, including a Broadcom ARMv7 quad core processor (6x faster than the original Pi), 1GB of RAM and the compatibility to run lots of programs, apps...and basically do a lot more than you might expect.
But where the Pi 2’s DIY attitude really shines is in its versatility, offering the perfect training ground for any computer hardware and coding experimentation you’ve wanted to try.
In this package, you’ll also get the Pi 2’s Quick Starter Kit, including all the start-up accessories you’ll need like a power adapter, ethernet and HDMI cables and a Pi 2 enclosure. And just to make sure you're truly prepped, you’ll also receive five courses full of Pi background:Intro to Raspberry Pi: Your complete Raspberry Pi starter tutorial.Hardware Projects Using Raspberry Pi: Create Pi-controlled devices, including light detectors and motion sensors.Python Programming for Beginners: Master Python, the Pi’s most accessible programming language. Read the rest
In Wired, BB pal Kevin Kelly wrote a definitive feature about the current (and future?) state of virtual reality, technology that many of us first tried in the late 1980s but took nearly thirty years to be ready for prime time.
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I first put my head into virtual reality in 1989. Before even the web existed, I visited an office in Northern California whose walls were covered with neoprene surfing suits embroidered with wires, large gloves festooned with electronic components, and rows of modified swimming goggles. My host, Jaron Lanier, sporting shoulder-length blond dreadlocks, handed me a black glove and placed a set of homemade goggles secured by a web of straps onto my head. The next moment I was in an entirely different place. It was an airy, cartoony block world, not unlike the Minecraft universe. There was another avatar sharing this small world (the size of a large room) with me—Lanier.
We explored this magical artificial landscape together, which Lanier had created just hours before. Our gloved hands could pick up and move virtual objects. It was Lanier who named this new experience “virtual reality.” It felt unbelievably real. In that short visit I knew I had seen the future. The following year I organized the first public hands-on exhibit (called Cyberthon), which premiered two dozen experimental VR systems from the US military, universities, and Silicon Valley. For 24 hours in 1990, anyone who bought a ticket could try virtual reality. The quality of the VR experience at that time was primitive but still pretty good.
Flyover Country uses maps and data from various geological and paleontological databases to identify and give information on the landscape passing beneath a plane. The user will see features tagged on a map corresponding to the ground below. To explain the features in depth, the app relies on cached Wikipedia articles. Since it works solely with a phone’s GPS, there’s no need for a user to purchase in-flight wifi. Sitting in your window seat, you can peer down on natural features like glaciers and man-made features, such as mines, and read Wikipedia articles about them at the same time. If you're flying over an area where dinosaur bones have been discovered, you can read about that too. Curious about why the river below you bends the way it does? The app will tell you that as well.
Shaped like a hexagon to mimic the dimensions of a cube, Minecraft: Blockopedia is designed for full-on Minecraft geeks, although those of us who have only watched the game over the shoulders of children and loved ones will find plenty to admire here too. After the briefest of introductions and a quick glossary to help noobs make sense of the stats that accompany each block’s name, it’s off to the races, with page after page devoted to blocks made from rocks, blocks made from plants, blocks that serve particular functions (a ladder), and blocks that do particular things (acting as a switch).
One of the coolest characteristics about Minecraft is how it chooses to observe the laws of nature and physics, or ignore them. Sand, we are told, can be a cave-in hazard, but when it’s smelted in a furnace, it turns to glass. Both statements are true, but don’t go looking for glowstone the next time you’re spelunking – it is only found in a sinister dimension of Minecraft called the Nether. And while sugar cane in both the real world and the Overworld of Minecraft can be used to make sugar, guess where it can also be used to block flowing lava?
Though the format and illustrations in Minecraft: Blockopedia are the book’s most prominent features, it’s still a book filled with lots and lots of, you know, words. Writer Alex Wiltshire mostly plays it straight (“Water is incredibly useful.”), but often he lets the language and logic of Minecraft add color, as in “Sticky pistons are made by crafting a piston with a slimeball…” and “If you dig podzol without the silk touch enhancement it drops dirt.” Got that? Read the rest
Who doesn’t like playing games? If your high school and college educations had been all playtime instead of studying, you probably would’ve liked it all a lot more. Well, even though you’re all grown up now, the child in you is going to rejoice that you can learn electronics and engineering using the fun of Minecraft, now for 18% off. Make learning awesome again with this hands-on, interactive way to master these essential computing skills.
Level by level, the game play here will walk you through the rungs of building a computer from scratch. You’ll get to tinker with buzzers, motion sensors, LED lights, switches and more and connecting these hardware pieces will bring you steps closer to the Raspberry Pi. From there you’ll build a totally self-contained computer that runs on a Raspberry Pi project board. All the hardware challenges can be played as Minecraft game levels, making it super fun to build at every stage. For extra levels and more sharing opportunities, simply connect to WiFi.
Knowing how to build systems like this can really amp up your career potential. Use this excuse to play games for hours on end because you can pretty much call it work or school, ramping up your engineering and electronics prowess. Playing Minecraft has never been so productive and now it’s all 18% off. Check out the link below for more details on how you can level up to a Raspberry Pi master.
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…Microsoft suggests the open-ended nature of Minecraft makes it particularly useful because of the huge variety of situations it can simulate from first-person perspectives.
"It allows you to have 'embodied AI'," explained Matthew Johnson, the principal software engineer working on AIX.
"So, rather than have a situation where the AI sees an avatar of itself, it can actually be inside, looking out through the eyes of something that is living in the world.
"We think this is an essential part of building this kind of general intelligence."
Simon writes, "With just 3 days to run, this Kickstarter to make 'Beep Beep Yarr!' a fantastic, pirate-themed programming book for kids needs your support to graduate." Read the rest
Confession: I know nothing – NOTHING – about coding. I’m still stuck in the glory days of the “if/thens” of my original Apple IIe, circa 1983. And I barely knew how to do anything past whatever I copied verbatim from Byte. I never got that right either. I don’t think. Ever. I remember staying up all night to do a Thundercats hi-res game. Tried to run it at 4am. Nothing. No Lion-O, no Cheetarah, no Snarf... NOTHING. Thus began a life of failure. BUT. I did not want my kids to suffer that same fate. Especially because it is now a presidential mandate that all kids must learn to code. And code they shall.
Kano is built on a simple idea: If kids can piece together Legos, then why not a whole computer? So they not only have a tactile experience in the building of the thing, but more importantly, they take ownership. Have a hands on experiece with their computer, and know it inside and out. My kids opened the cleverly packaged Kano box and had their machines up and running in about 45 minutes. The directions are sort of similar to Lego directions. Very simple, very easy to understand, and I’ll be damned... these boys, ages 7 and 9, were coding within the hour.
The computer itself comes with a Rasberry Pi brain, all the necessary cables, a keyboard, instructions and stickers to personalize the experience. It comes loaded with a bunch of different apps: Minecraft, Scratch, hack old school Pong, hack Snake, and many other great things, all with an eye towards hacking, coding and exploring. Read the rest
I first heard about Scratch, when one of our attendees gave a brief show-and-tell on it at Boing Boing's Weekend of Wonder. It sounded pretty accessible. It came to mind again when recently, in an attempt to get my daughter to use the iPad for more than watching Bratayley, I decided to try and interest her in creating something. She loves art, but Minecraft was far too confusing for her and I was looking for another kid-friendly programming option. ScratchJr is a tablet based, even simpler version of Scratch, installing was as easy as any other app.
The Official ScratchJr Book does a great job, with friendly illustrations, of walking us through the basics. My daughter prefers the painting and drawing of characters, and backgrounds, to the organization of blocks, but the book did a great job of walking us through it all. Having gone through the book together, once, she can now refer to it one her own, if she runs into a problem. Generally, her problem is me grabbing the tablet and adding things.
I am not going to tell you we've made high art, but I think I could throw together a decent 1980's King's Quest parody.
In this beginner friendly book, called Learn to Program with Minecraft, you will learn how to do cool things in Minecraft using the Python programming language. No prior programming experience is needed. Author Craig Richardson shows you how to install Python (it's free) on your Mac, PC, or Raspberry Pi. The book has step-by-step instructions to show you how to teleport your character, create palaces and other structures with a few lines of code, stack blocks, duplicate villages and geography, and a lot more.